How Textile Engineering Drives Growth in the Textile Industry: TBD Jobs

Textile engineering is an important field that combines science, technology, and creativity to improve fabric production and design. It plays a big role in developing high-quality materials, innovative clothing, and sustainable solutions, helping the textile industry grow. Professionals in textile engineering work on fibers, yarns, dyes, finishing techniques, and modern machinery to create better products for fashion, home textiles, and industrial use.

To build a career in textile engineering, candidates usually need a bachelor’s degree in textile engineering, textile technology, or related fields. Strong skills in problem-solving, research, and technical knowledge of machinery are highly valued. Creativity, attention to detail, and knowledge of modern software tools also help engineers design new fabrics and improve manufacturing processes.

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3. Technical textiles represent a revolutionary segment of the textile industry,
prioritizing functionality and performance over aesthetics. Unlike conventional
fabrics, these materials are engineered to meet speci�c demands across a myriad
of industries, offering properties such as high strength, durability, �ame resistance,
chemical resistance and moisture management. The journey of technical textiles
took a pivotal shift, allowing for the creation of high-performance �bers and
specialized manufacturing techniques like advanced weaving and nonwoven
processes.
Today, technical textiles are broadly classi�ed into twelve main application areas,
including Agrotech (agriculture), Buildtech (construction), Clothtech (functional
clothing), Geotech (geotextiles), Hometech (domestic), Indutech (industrial),
Meditech (medical), Mobiltech (automotive), Oekotech (environmental protection),
Packtech (packaging), Protech (protective clothing) and Sporttech (sports and
leisure). The bene�ts are immense, ranging from enhanced safety and efficiency
in industrial settings to improved comfort and performance in sports and critical
life-saving applications in healthcare.
Key growth drivers include increasing demand from the automotive sector for
lightweight and fuel-efficient materials, rising infrastructure development and a
growing need for high-performance materials in medical applications. Domestically,
countries like India are actively promoting the sector through initiatives like the
National Technical Textiles Mission, aiming for signi�cant market expansion.
However, challenges persist, including high initial capital investment for complex
manufacturing processes and limited awareness among potential end-users.
Changing customer preferences are heavily in�uencing the market, with a strong
shift towards personalized, sustainable and ethically produced textiles. This is
driving innovation in material science and manufacturing. Latest technological
advancements include smart textiles embedded with sensors for real-time
monitoring in healthcare and sportswear, 3D knitting for seamless and waste-
reducing garment production and nanotechnology for enhanced fabric properties
like water repellency and antibacterial qualities. Arti�cial intelligence and
automation are optimizing quality control and supply chain management.
Sustainability and environmental concerns are paramount, leading to signi�cant
developments in eco-friendly textile production. The focus is on creating a circular
economy model, emphasizing reuse, repair, refurbishing and recycling to minimize
waste and conserve resources, ensuring that technical textiles not only perform
exceptionally but also contribute to a greener future.
In this edition of Non Woven Textile dedicated to Technical Textiles, we have tried to
deliberate upon the underlying products and innovations, global markets analysis
and technological advancements. Happy reading…
Editor’s Foreword
Publisher
UNIFIED KNOWLEDGE
SERVICES PVT. LTD.
Sixth �oor, C 56/16, C Block,
Phase 2, Industrial Area,
Sector 62, Noida, UP 201309,
INDIA
Email : [email protected]
website: www.uksl.in
Ravi B. Arora
CEO
Rashi Arora
Director
Kumar Abhishek
Director
Alok Satyadev
Editor in Chief
Imran Ahmad
IT-Head
Maninder Singh
Sr. Visual & Graphic Designer
Neha Arya
Visual & Graphic Designer
Shubham Jaiswal
Research Analyst
Noopur Padalia
Research Analyst
Advisors:
Dr. S.M. Ishtiaque
Prof. I.I.T Delhi
Mr. Ashok Juneja
Ex President, TAI
Mr. Gurudas Aras
Independent Director
& Strategic Advisors
Mr. Sharad Tandon
CEO, Standon Consulting

4. Contents
Focus Product:
Technical Textile Products
THE UNSEEN FABRIC OF MODERN LIFE 04
04
Market Analysis:
Technical Textile Products14
GLOBAL TECHNICAL TEXTILE MARKET 14
GLOBAL TECHNICAL TEXTILE MARKET
BY RAW MATERIAL 15
GLOBAL TECHNICAL TEXTILE MARKET
BY MANUFACTURING PROCESS 17
TECHNICAL TEXTILE MARKET
BY END USER SEGMENT 19
GLOBAL TECHNICAL TEXTILE MARKET
BY REGION 21
INDIAN TECHNICAL TEXTILE MARKET 23
INDIAN TECHNICAL TEXTILE MARKET
BY RAW MATERIAL 24
INDIAN TECHNICAL TEXTILE MARKET
BY MANUFACTURING PROCESS 26
INDIAN TECHNICAL TEXTILE MARKET
BY END USER SEGMENT 27
Technology Junction
State at Glance
THE EVOLUTION OF ARAMID FIBERS 50
BEYOND THE NEEDLE
EXPLORING ELECTROSPINNING 54
MELTBLOWN TECHNOLOGY
IN TECHNICAL TEXTILE NONWOVENS 58
BIHAR 62
50
62
AGRO TEXTILE GLOBAL MARKET 28
BUILD TECH TEXTILE GLOBAL MARKET 30
INDUTECH TEXTILE GLOBAL MARKET 32
HOMETECH TEXTILE GLOBAL MARKET 34
MEDTECH TEXTILE GLOBAL MARKET 36
PACKTECH TEXTILE GLOBAL MARKET 38
PROTECH TEXTILE GLOBAL MARKET 40
SPORTECH TEXTILE GLOBAL MARKET 42
CLOTHTECH TEXTILE GLOBAL MARKET 44
OTHER TECHNICAL
GLOBAL TEXTILE MARKET 46

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6. 4
Focus Product
Imagine a world where the very fabric of our lives is
engineered for speci�c tasks, where textiles aren’t just
about aesthetics but about functionality, protection, and
performance. This is the realm of technical nonwoven
textiles, a revolutionary sector transforming industries
and enhancing our daily experiences. Unlike traditional
woven or knitted fabrics, nonwovens are created by
bonding �bers together through mechanical, thermal, or
chemical processes, resulting in materials with tailored
properties.
This unique manufacturing approach allows for an
astonishing range of applications, from the delicate
softness of a baby diaper to the robust strength of
geotextiles used in civil engineering. In the medical
�eld, nonwovens provide critical barriers against
infection in surgical gowns and masks, while in
wound dressings, they promote healing and comfort.
Filtration systems, both for air and liquids, rely on
the intricate �ber networks of nonwovens to remove
pollutants, ensuring cleaner and safer environments.
The automotive industry bene�ts from nonwovens in
interior components, sound insulation, and �ltration,
contributing to a more comfortable and ef�cient driving
experience. In construction, geotextiles stabilize soil,
prevent erosion, and improve drainage, strengthening
infrastructure. Even in our homes, nonwovens play a
crucial role in hygiene products, cleaning wipes, and
mattress covers, contributing to our overall well-being.
The versatility of nonwovens stems from the ability to
precisely control �ber type, web formation, and bonding
techniques, allowing for customization of properties
like absorbency, strength, �ltration ef�ciency, and
�ame retardancy. As technology advances, the �eld
of nonwoven technical textiles continues to innovate,
developing sustainable and high-performance
materials to address global challenges. From healthcare
and environmental protection to infrastructure and
consumer goods, technical nonwovens are quietly
revolutionizing our world, weaving a fabric of innovation
and functionality into the very essence of modern life.
Nonwoven textiles are born from the direct bonding of
�bers, bypassing the traditional yarn-making process.
This unique manufacturing approach allows for the
creation of materials with highly specialized properties,
tailored to meet the demands of diverse applications.
From the softness of hygiene products to the strength of
a geotextile, nonwovens demonstrate an extraordinary
range of capabilities. Unlike conventional textiles,
nonwovens are created by bonding �bers together
through mechanical, thermal, or chemical processes.
Imagine a web of �bers, carefully laid down and then
fused, entangled, or adhered to create a sheet-like
material. This unique manufacturing approach grants
nonwovens a remarkable degree of versatility, allowing THE UNSEEN FABRIC OF MODERN LIFETHE UNSEEN FABRIC OF MODERN LIFE
UNRAVELING THE WONDERS OF UNRAVELING THE WONDERS OF
NONWOVEN TECHNICAL TEXTILESNONWOVEN TECHNICAL TEXTILES

7. 5
Focus Product
The �eld of nonwoven technical textiles is constantly
evolving, driven by ongoing research and development.
Innovations in �ber technology, bonding methods, and
sustainable practices are paving the way for even more
advanced and environmentally friendly materials.
As we face global challenges in healthcare,
environmental protection, and sustainable development,
nonwoven technical textiles are poised to play an
increasingly vital role. Their ability to be engineered
for speci�c applications, combined with their versatility
and cost-effectiveness, makes them an indispensable
tool in the quest for a better future.
Driving Comfort: MobilTech Nonwovens and Interior
Solutions
MobilTech textiles are essential in manufacturing vehicles
across all transportation sectors, from automobiles
and railways to ships, aircraft, and spacecraft. These
textiles fall into two main categories: concealed and
visible components. Concealed components, vital for
performance and safety, encompass tire cords, liners,
aircraft bodies for both civil and military use, composite
reinforcements for automotive bodies, wings, and
engine parts, as well as noise, vibration, and harshness
(NVH) mitigation. As demand for comfort and safety
in cars and buses increases, technical textiles role
in automotive applications expands signi�cantly.
Furthermore, innovations like �ber-optic integrated
textile liners for interior illumination and absorbent
nonwovens in batteries are driving substantial market
growth in this sector.
for the precise tailoring of properties such as strength,
absorbency, �ltration, and barrier protection.
The true power of nonwoven technical textiles lies in
their ability to be engineered for speci�c performance
requirements. By carefully selecting �ber types, bonding
methods, and �nishing treatments, manufacturers can
create materials with properties tailored to the demands
of each application.

8. 6
Focus Product
Nonwoven textiles play a crucial role in modern
automotive manufacturing, providing a range of
functional and aesthetic bene�ts. Within vehicles,
nonwovens are extensively used for interior components,
contributing to comfort, safety, and performance.
Headliners, door panels, and carpets often incorporate
nonwoven materials for their sound absorption, thermal
insulation, and aesthetic appeal. These textiles offer
durability and resilience, withstanding the wear and
tear of daily use. Furthermore, nonwovens are essential
in �ltration systems, forming air, oil, and fuel �lters that
ensure optimal engine performance and cabin air
quality. Safety features like airbags rely on precisely
engineered nonwoven fabrics that deploy rapidly and
reliably in critical situations. Additionally, nonwovens
are used for sound and vibration insulation, enhancing
the overall driving experience. The versatility
of nonwoven textiles allows for tailored
properties, such as �ame retardancy, abrasion
resistance, and dimensional stability, meeting
the stringent requirements of the automotive
industry. As the industry continues to innovate,
nonwovens remain a key material, contributing
to the development of safer, more comfortable,
and ef�cient vehicles.
In the demanding aerospace sector, nonwoven
textiles are essential for their lightweight, high-
performance characteristics. These materials
contribute signi�cantly to aircraft interiors,
where they are used for cabin linings, seat
components, and insulation, offering both
comfort and �re safety. Nonwovens are also critical in
�ltration systems, ensuring clean air circulation within
the cabin and protecting sensitive electronic equipment
from particulates. Beyond interiors, nonwovens are
employed in composite materials, reinforcing structural
components and reducing overall aircraft weight,
which directly improves fuel ef�ciency. Thermal
insulation applications utilize nonwovens to protect
against extreme temperature variations encountered
during �ight. Furthermore, nonwovens are integral
to air �ltration systems within the aircraft, maintaining
the air quality for passengers and crew. The ability to
engineer nonwovens for speci�c properties, such as
�ame resistance, chemical resistance, and high tensile
strength, makes them indispensable in the aerospace
industry, where safety and performance are paramount.
Nonwoven textiles �nd crucial applications in the marine
industry, offering durability and performance in harsh
aquatic environments. These materials are utilized for
boat covers, upholstery, and �ltration systems, providing
protection against moisture, UV radiation, and mildew.
Boat covers made from nonwovens offer weather
resistance and longevity, safeguarding vessels from the
elements. Interior upholstery bene�ts from nonwovens’
resistance to staining and wear, maintaining a clean
and comfortable environment. Filtration systems, vital
for maintaining engine ef�ciency and water purity,
employ nonwovens for their ability to trap contaminants
and ensure optimal performance. The use of nonwoven
textiles in marine applications offers several key bene�ts.
Their resistance to moisture and salt water degradation
extends the lifespan of marine equipment.

9. 7
Focus Product
packing, providing reliable barriers against leaks and
contamination. In reinforcement applications, they
strengthen composite materials and concrete, improving
the structural integrity of industrial components. The
bene�ts of using these textiles are manifold, they offer
exceptional durability, withstanding harsh chemical and
physical conditions; they provide tailored performance
characteristics, such as precise �ltration or thermal
insulation; and they enhance ef�ciency by minimizing
downtime and maintenance. Ultimately, InduTech
textiles improve safety by providing protective barriers
and contribute to cost-effectiveness through extended
product life and reduced operational expenses.

Building a Better Future: BuildTech Nonwovens in
Modern Construction
BuildTech textiles, used extensively in the construction
industry, provide structural reinforcement, insulation,
and weather protection. These materials are crucial
for enhancing building durability and ef�ciency.
Additionally, their ability to be engineered for speci�c
properties, such as UV resistance and antimicrobial
properties, makes them ideal for the challenging marine
environment. Furthermore, the light weight nature of
many non-woven product contributes to better fuel
ef�ciency. They are also easily shaped and molded,
which helps with �tting them in dif�cult areas of boats
and other marine vehicles.
InduTech Nonwovens: Engineered Solutions for
Industry
InduTech textiles refer to technical textiles designed for
industrial applications. These materials are engineered
to withstand harsh environments, provide speci�c
performance characteristics, and enhance ef�ciency
in various industrial processes. InduTech textiles are
not about aesthetics; they’re about functionality and
durability in demanding settings.
InduTech textiles are engineered for the rigorous
demands of industrial environments, providing essential
functionality and durability across
numerous sectors. These technical
textiles are integral to processes
like �ltration, where they are used to
create high-ef�ciency air and liquid
�lters, ensuring clean environments
and product purity. In conveyor
belts, reinforced textiles offer superior
strength and longevity, facilitating
the ef�cient transport of materials.
Abrasive backings and industrial
wipes made from specialized textiles
enhance cleaning and polishing
processes. Furthermore, InduTech
textiles are crucial for sealing and
Roofing
Membranes
Provide
waterproofing
and weather
protection for
roofs.
Insulation
Materials
Offer thermal
and acoustic
insulation for
walls, roofs,
and floors.
Facade
Systems
Provide
weather
protection and
aesthetic
appeal for
building
exteriors.
Reinforcement
Fabrics
Used to
strengthen
concrete,
plaster, and
other building
materials.
Interior Wall
Coverings
Used for
sound
dampening
and decorative
purposes.
Geotextiles
Used for soil
stabilization,
drainage,
erosion
control, and
reinforcement
of roads,
foundations,
and retaining
walls.

10. 8
Focus Product
Geotextiles, a primary BuildTech product, stabilize soil,
improve drainage, and prevent erosion in foundations
and road construction. Roo�ng membranes and
insulation materials made from technical textiles offer
superior weather resistance and thermal ef�ciency,
reducing energy consumption. Reinforcing textiles
strengthen concrete and other building materials,
increasing structural integrity and longevity. The reason
for using textiles in BuildTech stems from their versatility
and engineered properties. Their high strength-to-
weight ratio, resistance to environmental factors, and
ability to be tailored for speci�c applications make them
invaluable in modern construction. The bene�ts include
improved structural performance, reduced maintenance
costs, and enhanced energy ef�ciency. Additionally,
textile products contribute to faster construction times,
greater design �exibility, and increased sustainability
by reducing the environmental impact of building
processes.
Geotextile Nonwovens: A Technical Textile for
infrastructure
Geotextile nonwovens are quietly revolutionizing how we
build and protect our world. These versatile materials,
crafted from synthetic �bers bonded into fabric-like
sheets, offer a powerful blend of strength, �ltration,
and drainage capabilities, making them indispensable
across a spectrum of applications, both within and
beyond the realm of traditional infrastructure.
Imagine a newly constructed road, seemingly smooth
and robust. Underneath its asphalt surface lies a
layer of geotextile nonwoven, preventing the mixing
of subgrade soil and aggregate, ensuring the road’s
structural integrity over time. This separation function is
crucial in preventing rutting and settlement, extending
the road’s lifespan and reducing maintenance costs.
Within InfraTech, geotextiles are the bedrock of stability.
Imagine a highway built upon unstable soil; without
proper reinforcement, cracks and potholes would
Separation Filtration Drainage
Erosion
Control
Reinforce-
-ment
soon emerge. Geotextiles, acting as a separating and
reinforcing layer, distribute loads evenly, preventing
soil mixing and enhancing the structural integrity of
roads, railways, and airport runways. In drainage
systems, their �ltration properties prevent soil particles
from clogging pipes, ensuring ef�cient water �ow
and preventing erosion. For massive projects like
dam construction, geotextiles serve as vital �lters and
separators, safeguarding against internal erosion and
ensuring long-term stability. Indeed, InfraTech’s reliance
on geotextiles is fundamental for building durable and
resilient infrastructure that stands the test of time.

In environmental remediation, they are used to
stabilize slopes and prevent erosion in areas prone to
landslides, restoring natural landscapes and protecting
communities. Coastal protection projects utilize
geotextiles to build breakwaters and reinforce dunes,
mitigating the impact of waves and preventing coastal
erosion. In agriculture, they serve as weed control
barriers, conserving moisture and reducing the need
for harmful herbicides. Land�lls employ geotextiles as
liners and �lters, preventing leachate
from contaminating groundwater
and ensuring responsible waste
management. Even in landscaping,
geotextiles are used to create stable
foundations for gardens and pathways,
preventing soil compaction and
promoting healthy plant growth.
Infratech
Non-Infra
Tech

11. 9
Focus Product
The bene�ts of geotextile nonwovens are undeniable.
Their �exibility allows them to conform to various
terrains and shapes, while their durability ensures
long-term performance in harsh environments. They
are cost-effective, reducing the need for extensive
excavation and material replacement. Moreover, their
environmental bene�ts are signi�cant, reducing soil
erosion, conserving natural resources, and promoting
sustainable construction practices. As technology
advances, we can expect to see even more innovative
applications for these remarkable materials, further
solidifying their role as the unsung heroes of modern
construction and environmental stewardship.
The HomeTech Edge: Nonwovens Shaping Modern
Living Space
HomeTech textiles are revolutionizing domestic spaces
with their blend of functionality and comfort. These
textiles are used in a wide array of household products,
including upholstery, mattresses, carpets, and smart
textiles integrated into home automation systems.
Upholstery fabrics engineered for durability and stain
resistance enhance furniture longevity and aesthetics.
Mattress components, such as breathable layers and
antimicrobial fabrics, improve sleep quality and hygiene.
Carpets made from technical �bers offer superior stain
resistance, durability, and sound absorption. Smart
textiles embedded in home furnishings can monitor
temperature, lighting, and even air quality, contributing
to a more comfortable and ef�cient living environment.
The reason for using textiles in HomeTech is their ability
to provide tailored solutions for speci�c domestic
Protection
Against the
Sun
Bedding
Interior
Decoration
& Furniture
Floor and
Wall
Coverings
Cushion
Materials
needs. Their versatility allows for the integration of
desired properties like moisture management, �ame
retardancy, and allergen resistance. The bene�ts of
these products include enhanced comfort and hygiene,
increased product lifespan, and improved energy
ef�ciency. Smart textiles offer the added advantage of
seamless integration with home automation, providing
personalized and responsive living spaces. Overall,
HomeTech textiles are transforming homes into more
comfortable, ef�cient, and technologically advanced
environments.
MediTech Nonwovens: Engineered Solutions for
Medical Needs
MediTech textiles serve vital functions in human hygiene,
health, personal care, and surgical procedures,
employing both reusable and non-woven fabrics like
silk and polyester. This segment encompasses a
broad range of products, including arti�cial implants,

12. 10
Focus Product
dressings, baby implants, sanitary napkins, baby
diapers, and incontinence diapers. The �eld of
advanced medical technical textiles is experiencing
substantial growth due to their effective applications
in wound healing, implantable devices, bandaging,
pressure garments, and the development of innovative,
intelligent textile products. These textiles are used
in products like surgical gowns, masks, and drapes,
providing essential barriers against infection.
Wound dressings and bandages utilize absorbent and
antimicrobial �bers to promote healing and prevent
contamination. Implantable textiles, such as surgical
meshes and sutures, offer biocompatibility and strength
for internal medical devices. Additionally, nonwoven
fabrics are used in disposable hygiene products, like
diapers and sanitary napkins, ensuring comfort and
hygiene. The reason for using textiles in MediTech lies
in their ability to be engineered for speci�c medical
needs. Their biocompatibility, sterility, and ability to
deliver controlled drug release make them ideal for
medical applications. The bene�ts of using MediTech
textiles are numerous, they reduce the risk of infection,
promote faster healing, and improve patient comfort.
Surgical gowns and masks provide crucial protection
for healthcare professionals. Wound dressings can
accelerate healing and minimize scarring. Implantable
textiles offer robust support and integration within
the body. Moreover, disposable hygiene products
enhance hygiene and convenience for patients.
Overall, MediTech textiles are indispensable in modern
healthcare, contributing to improved patient outcomes
and safety.
Inside the Field: The Fabric of Farming AgroTech
AgroTech textiles play a crucial role in modern
agriculture, enhancing crop yields, protecting plants, and
improving farming ef�ciency. These textiles are used in
various applications, including crop covers, shade nets,
weed control fabrics, and greenhouse materials. Crop
covers protect plants from frost, pests, and excessive
sunlight, creating optimal growing conditions. Shade
nets regulate sunlight and temperature, preventing
heat stress and improving crop quality. Weed control
fabrics suppress weed growth, reducing the need for
herbicides and conserving soil moisture. Greenhouse
materials, often made from technical textiles, provide
controlled environments for year-round cultivation.
The reason for using textiles in AgroTech stems from
their ability to create tailored environments and provide
speci�c functionalities. Their durability, weather
resistance, and ability to be engineered for speci�c
light transmission or permeability make them ideal for
agricultural applications. The bene�ts of using AgroTech
textiles are signi�cant: they increase crop yields by
creating optimal growing conditions, reduce pesticide
and herbicide use, conserve water, and extend the
growing season. Crop covers and shade nets protect
crops from environmental stressors, minimizing losses.
Weed control fabrics improve soil health and reduce
labor costs. Greenhouse materials enable controlled
cultivation, ensuring consistent quality and year-round
production. Overall, AgroTech textiles are essential tools
for sustainable and ef�cient agriculture, contributing to
food security and environmental conservation.
Optimizing Packaging: Engineered Solutions for
Packaging Needs
Nonwoven technical textiles are increasingly utilized
in PackTech for their versatility and protective
properties, enhancing packaging solutions across

13. 11
Focus Product
various industries. These materials are employed in
applications such as sterile packaging for medical
devices, where they maintain a crucial barrier against
contamination. They are also used in protective
packaging for sensitive electronics, offering cushioning
and electrostatic discharge (ESD) protection. In
food packaging, nonwovens can create breathable
packaging that extends shelf life by controlling moisture
and gas exchange. Additionally, they are used in
industrial packaging for heavy-duty bags and liners,
providing strength and durability. The reason for using
nonwoven textiles in PackTech is their ability to be
engineered for speci�c functionalities, such as barrier
properties, breathability, and cushioning. Their �exibility
and adaptability allow them to meet diverse packaging
needs. The bene�ts of using these materials include
improved product safety and hygiene, extended
shelf life, reduced product damage during transit,
and enhanced sustainability through lightweight and
recyclable options. Sterile medical packaging ensures
patient safety by maintaining sterility, while protective
packaging for electronics prevents damage from
Protective
Packaging
Medical
Packaging
Industrial
Packaging
Food
Packaging
impacts and ESD. Food packaging with nonwovens
helps preserve freshness and reduce waste. Industrial
packaging bene�ts from the strength and durability
of nonwovens, minimizing product loss and damage.
Overall, nonwoven technical textiles are transforming
packaging solutions by providing tailored protection
and functionality.
Maximizing Safety: ProTech Nonwovens and High-
Performance Protection
Nonwoven technical textiles are indispensable in
ProTech (Protective Technology), offering a range of
solutions for personal and industrial safety. These
materials are utilized in protective apparel, �ltration
systems, and impact protection applications. In
protective clothing, nonwovens are used to create
garments that shield against hazards like chemicals,
�re, and biological agents. Surgical masks, respirators,
and cleanroom apparel rely on nonwovens for their high
�ltration ef�ciency and barrier properties. Body armor
and impact-resistant materials use nonwovens for their
strength and energy absorption capabilities.
The reason for using nonwoven textiles in ProTech is
their ability to be engineered for speci�c protective
functionalities. Their high strength-to-weight ratio,
�ltration ef�ciency, and resistance to various hazards
make them ideal for safety applications. The bene�ts
of using these materials are substantial: they enhance
personal safety, reduce workplace injuries, and protect
against environmental hazards. Protective clothing
shields workers from dangerous substances and

14. 12
Focus Product
ecological applications. The bene�ts of using these
materials are signi�cant: they improve air and water
quality, protect soil and water resources, and reduce
waste. High-ef�ciency �lters remove harmful pollutants,
contributing to cleaner air and water. Geotextiles prevent
soil erosion and stabilize landscapes, preserving
natural habitats. Biodegradable nonwovens reduce
plastic waste and promote sustainable packaging
solutions. Overall, nonwoven technical textiles are
essential in OekoTech, providing innovative solutions for
environmental protection and sustainability.
conditions, minimizing exposure and injury. Filtration
systems, such as respirators and cleanroom �lters,
protect individuals from airborne contaminants, ensuring
clean and safe environments. Impact-resistant materials,
like body armor, provide vital protection against physical
trauma. Additionally, nonwovens are often disposable,
reducing the risk of cross-contamination and simplifying
hygiene in critical environments. Overall, nonwoven
technical textiles are crucial in ProTech, providing
reliable and effective solutions for safeguarding people
and environments.
Green Textiles: OekoTech Nonwovens and
Environmental Responsibility
Nonwoven technical textiles play a critical role in
OekoTech (Ecological Technology), contributing to
environmental protection and sustainability. These
materials are utilized in various ecological applications,
including �ltration, erosion control, and waste
management.
In �ltration, nonwovens are used to create high-
ef�ciency air and water �lters, removing pollutants and
contaminants from industrial emissions and wastewater.
Geotextiles, a type of nonwoven, are crucial for erosion
control, stabilizing soil and preventing landslides in
construction and infrastructure projects. They are
also used in land�ll liners, preventing leachate from
contaminating groundwater. In waste management,
nonwovens are used in composting systems and for
creating biodegradable packaging, reducing plastic
waste. The reason for using nonwoven textiles in
OekoTech is their ability to provide tailored solutions for
environmental challenges. Their high �ltration ef�ciency,
durability, and biodegradability make them ideal for
Filtration
Efficiency
Nonwovens
can be
engineered to
provide high
filtration
efficiency,
removing a
wide range of
pollutants.
Soil
Stabilization
Geotextiles
reinforce soil,
preventing
erosion and
improving soil
stability.
Environmental
Protection
Nonwovens
help protect
the
environment
by preventing
pollution and
controlling
erosion.
Permeability
Control
Nonwovens
can be
designed to
control the flow
of liquids and
gases,
essential for
filtration and
drainage
applications.
Cost-
Effectiveness
Nonwoven
solutions can
be cost-
effective
compared to
traditional
environmental
remediation
methods.

15. 13
Focus Product
06 - 07- 08
NOVEMBER 2025
YASHOBHOOMI
Sector 25, Dwarka, New Delhi, India
Convention Center (IICC)
HYGIENE TECHNOLOGY
NEXT-GENERATION
for Modern Needs
RESERVE
YOUR
SPACE
[email protected] | www.hygienexasia.com
[phone]
Concurrent Event
Strategic Alliance
Partner

16. 14
Market Analysis
TECHNICAL TEXTILE TECHNICAL TEXTILE
MARKET SIZEMARKET SIZE
(2022-2030) in USD Million(2022-2030) in USD Million
(Source: Data from Technical Textile Market by Allied Market Research,
provided by EMIS/CEIC and Analysis by TBD)
-
50,000.0
100,000.0
150,000.0
200,000.0
250,000.0
300,000.0
2022 2023 2024 2025 2026 2027 2028 2029 2030
191,664.3
202,205.8
213,327.1
225,486.7
238,564.9
252,163.1
266,536.4
281,462.4
296,942.8
The global technical textiles market expanded between 2022 and 2030 from $191,664.3 million to $296,942.8
million, representing a $105,278 million increase. This growth, re�ecting a compound annual growth rate (CAGR) of
5.7%, indicates a steady upward trend disrupted by signi�cant global events. Technical textiles are de�ned by their
functional performance—such as mechanical strength, durability, and thermal or electrical resistance—rather than
their aesthetic qualities. This focus makes them ideal for demanding technical applications, including automotive
interiors and, critically, protective clothing for sectors like the chemical industry and defense. Consequently, the
growing emphasis on safety and protection across industries is driving signi�cant demand for these materials in
apparel like �ame-resistant suits, chemical barriers, and high-visibility garments. The widespread need for Personal
Protective Equipment (PPE) in industrial, healthcare, and emergency service settings further fuels growth within
this vital segment of the technical textile market. The resulting surge in raw material costs, particularly crude oil
and food, coupled with increased labor expenses, poses signi�cant challenges to the textile and apparel sector,
impacting the overall technical textiles market.
GL BALGL BAL

17. 15
Market Analysis
TECHNICAL TEXTILE TECHNICAL TEXTILE
MARKET SIZE MARKET SIZE
BY RAW MATERIAL BY RAW MATERIAL
2022-2030 in USD Million
GL BAL
40,694.1
46,065.9
52,380.4
59,488.8
67,353.3
106,270.2
117,385.7
130,271.3
144,426.0
159,654.6
21,311.6
23,724.9
26,536.6
29,653.4
33,042.3
2,378.4 2,620.8 2,900.9 3,207.1 3,534.5
-
20,000.0
40,000.0
60,000.0
80,000.0
100,000.0
120,000.0
140,000.0
160,000.0
180,000.0
2022 2023 2024 2025 2026 2027 2028 2029 2030
Natural Fiber Synthetic polymers/fibers Mineral fiber
Regenerated Fiber Metal fiber Others
MATERIAL 2022 2023 2024 2025 2026 2027 2028 2029 2030
CAGR
(2023-
30)
Natural Fiber 40,694.1 43,298.3 46,065.9 49,100.2 52,380.4 55,823.3 59,488.8 63,331.0 67,353.3 6.5%
Synthetic
polymers/fibers
106,270.2 111,690.6 117,385.7 123,603.2 130,271.3 137,167.2 144,426.0 151,922.7 159,654.6 5.2%
Mineral fiber 21,311.6 22,485.9 23,724.9 25,079.5 26,536.6 28,051.8 29,653.4 31,316.9 33,042.3 5.7%
Regenerated Fiber 8,459.5 8,964.7 9,499.8 10,085.7 10,717.8 11,378.5 12,079.7 12,811.8 13,575.1 6.1%
Metal fiber 12,550.4 13,269.7 14,030.0 14,861.9 15,758.0 16,692.1 17,681.5 18,711.6 19,782.9 5.9%
Others 2,378.4 2,496.8 2,620.8 2,756.1 2,900.9 3,050.2 3,207.1 3,368.5 3,534.5 5.1%
Total 191,664.3 202,205.8 213,327.1 225,486.7 238,564.9 252,163.1 266,536.4 281,462.4 296,942.8 5.7%

18. 16
Market Analysis
Technical Textile Market Segment share (%) 2022 by Material Type
21%
55%
11%
4%
7%
1%
Natural Fiber Synthetic polymers/fibersMineral fiber
Regenerated Fiber Metal fiber Others
Synthetic �bers are extensively employed in various sectors like automotive, apparel, construction, �ltration, and
home furnishings. Consequently, rising populations coupled with increasing urbanization are key drivers for the
synthetic �ber market’s growth in the coming years. Over the past two decades, awareness regarding both the
bene�ts and drawbacks of synthetic �bers has grown. Their advantageous physical, chemical, and mechanical
properties, alongside technological advancements, are expected to boost demand for synthetic �bers during the
forecast period. However, their non-biodegradable nature, �ammability, and contribution to environmental pollution
are signi�cant factors likely to restrain market growth within the analyzed timeframe.
The inherent bene�ts of natural �bers, including their affordability, sustainability, light weight, and renewability,
are fueling a signi�cant increase in their utilization across diverse manufacturing sectors. Notably, the expanding
application of natural �bers in the packaging and construction industries is anticipated to generate substantial
growth opportunities for the technical textile market worldwide. Conversely, factors such as their lower strength
compared to synthetic materials, inconsistent availability, and price �uctuations are projected to potentially impede
market growth during the forecast period.
The burgeoning automotive sector in regions like North America, Europe, and the Asia-Paci�c is poised to propel
the expansion of the regenerated �ber technical textile market in the coming years. Regenerated �bers, known for
their high absorbency, washability, softness, and wearing comfort, present a compelling alternative for applications
spanning clothing, breathable medical fabrics, sportswear, and interior design. This increasing adoption of
regenerated �bers across these areas is anticipated to fuel market growth. Nevertheless, the growing prevalence
of synthetic �bers, coupled with their lower cost, is expected to potentially restrain market advancement during the
forecast period.
The growing adoption of anti-static bulk bags in transportation is driven by the need to prevent electrostatic
discharge. This trend is also anticipated to positively in�uence the demand for metal �ber. The distinctive properties
of metal �ber are making it an increasingly preferred material within the technical textile industry.

19. 17
Market Analysis
TECHNICAL TEXTILE TECHNICAL TEXTILE
MARKET SIZE MARKET SIZE
BY MANUFACTURING PROCESS BY MANUFACTURING PROCESS
2022-2030 in USD Million
GL BAL
118,422.0
131,196.2
146,035.0
162,395.3
180,072.5
19,492.1
21,784.5
24,461.5
27,440.8
30,694.9
44,101.9
49,600.2
56,042.7
63,255.5
71,186.8
9,648.3 10,746.2 12,025.8 13,444.9 14,988.7
-
20,000.0
40,000.0
60,000.0
80,000.0
100,000.0
120,000.0
140,000.0
160,000.0
180,000.0
200,000.0
2022 2023 2024 2025 2026 2027 2028 2029 2030
Woven Knitted Non-Woven Others
PROCESS 2022 2023 2024 2025 2026 2027 2028 2029 2030 CAGR
Woven 118,422.0 124,645.9 131,196.2 138,351.8 146,035.0 153,998.4 162,395.3 171,087.1 180,072.5 5.4%
Knitted 19,492.1 20,606.5 21,784.5 23,073.4 24,461.5 25,908.4 27,440.8 29,036.1 30,694.9 5.9%
Non-Woven 44,101.9 46,771.0 49,600.2 52,698.9 56,042.7 59,540.7 63,255.5 67,136.7 71,186.8 6.2%
Others 9,648.3 10,182.4 10,746.2 11,362.6 12,025.8 12,715.5 13,444.9 14,202.5 14,988.7 5.7%
Total 191,664.3 202,205.8 213,327.1 225,486.7 238,564.9 252,163.1 266,536.4 281,462.4 296,942.8 5.7%

20. 18
Market Analysis
Technical Textile Market Segment share (%) 2022 by Manufacturing Process
62%
10%
23%
5%
Woven KnittedNon-Woven Others
The past decade has witnessed a surge in the utilization of woven textiles for demanding applications like highway
engineering, railroad construction, and airport runway development, consequently driving the projected growth
of the woven technical textiles market in the near future. Furthermore, the rapid expansion of the automotive,
healthcare, sports, and other end-user sectors within developing nations such as China and India are anticipated
to further amplify the demand for woven textiles throughout the analyzed period.
Non-woven fabrics, characterized by their porous and �exible structure, are composed of single or multiple �ber
layers. These textiles are transformed into technical textile products through chemical, thermal, or mechanical
bonding processes. Their increasing adoption in disposable items, industrial materials, and durable consumer
goods is largely attributed to their affordability and versatility. Moreover, the escalating demand for non-woven
technical textiles in applications such as personal hygiene products, medical supplies, �lters, insulation, and road
construction materials is expected to be a key driver for market growth throughout the analyzed period.

21. 19
Market Analysis
END-USE
APPLICAT.
2022 2023 2024 2025 2026 2027 2028 2029 2030
CAGR
(2023-30)
MobilTech 33,839.2 35,503.2 37,248.0 39,151.4 41,189.9 43,292.3 45,500.6 47,774.8 50,113.7 5.1%
InduTech 23,718.3 25,135.5 26,636.9 28,281.0 30,054.5 31,908.4 33,876.2 35,930.7 38,073.1 6.1%
SporTech 12,327.6 13,110.7 13,942.6 14,854.4 15,839.7 16,873.3 17,973.3 19,125.7 20,331.4 6.5%
BuildTech 11,607.6 12,389.3 13,221.8 14,135.2 15,124.0 16,164.7 17,274.9 18,441.7 19,666.4 6.8%
HomeTech 17,846.9 18,667.4 19,524.1 20,457.4 21,453.9 22,476.0 23,544.8 24,639.2 25,757.9 4.7%
ClothTech 22,710.0 23,694.9 24,719.3 25,833.4 27,019.7 28,229.7 29,489.8 30,772.4 32,075.6 4.4%
MediTech 18,008.6 19,193.6 20,454.6 21,837.6 23,333.9 24,906.8 26,583.3 28,343.1 30,188.2 6.7%
AgroTech 14,116.2 14,839.1 15,598.7 16,428.1 17,317.7 18,237.9 19,206.7 20,207.5 21,240.0 5.3%
ProTech 7,717.8 8,157.6 8,622.4 9,130.9 9,678.5 10,249.3 10,853.6 11,482.6 12,136.6 5.9%
PackTech 22,902.1 24,156.0 25,478.4 26,924.3 28,479.1 30,095.2 31,803.0 33,576.0 35,414.2 5.6%
GeoTech 3,333.7 3,558.8 3,798.6 4,061.5 4,346.2 4,645.7 4,965.3 5,301.1 5,653.5 6.8%
OekoTech 3,536.3 3,799.8 4,081.7 4,391.5 4,727.8 5,083.7 5,464.9 5,867.5 6,292.2 7.5%
Total 191,664.3 202,205.8 213,327.1 225,486.7 238,564.9 252,163.1 266,536.4 281,462.4 296,942.8 5.7%

TECHNICAL TEXTILE TECHNICAL TEXTILE
MARKET SIZE MARKET SIZE
By End User SegmentBy End User Segment
2022-2030 in USD Million
GL BAL
33,839.2
37,248.0
41,189.9
45,500.6
50,113.7
23,718.3
26,636.9
30,054.5
33,876.2
38,073.1
17,846.9
19,524.1
21,453.9
23,544.8
25,757.9
7,717.8
8,622.4
9,678.5
10,853.6
12,136.6
3,536.3 4,081.7 4,727.8 5,464.9
6,292.2
-
10,000.0
20,000.0
30,000.0
40,000.0
50,000.0
60,000.0
2022 2023 2024 2025 2026 2027 2028 2029 2030
MobilTech InduTech SporTech BuildTech HomeTech ClothTech
MediTech AgroTech ProTech PackTech GeoTech OekoTech

22. 20
Market Analysis
Fueled by a growing appetite for vehicles equipped with advanced technology, the automotive industry is poised
for substantial expansion in the years ahead. Notably, a 2022 report from the Alliance for Automotive Innovation
highlighted a signi�cant 6.3% surge in U.S. electric vehicle sales during the �rst half of the year compared to the
same period in 2021. Furthermore, the intensifying competition within the automotive sector is projected to drive
increased demand for MobilTech applications within the technical textile market, as manufacturers seek innovative
solutions to enhance their offerings.
Increased automation in industrial processes and materials handling, coupled with regional industrial growth and the
smart functionalities of technical textiles, are key drivers for their expanded use in industrial applications. Notably,
�ltration and cleaning products represent the most signi�cant application area for these advanced materials. The
growing demand stems from their versatile ability to separate and purify industrial products, transport materials, and
serve as essential substrates for various coated products.The escalating emphasis on health and wellness is fueling
greater involvement in sports and leisure, consequently boosting the demand for sports goods and equipment.
Technical textiles are integral to this sector, providing enhanced comfort and performance during physical activities.
Separately, technical textiles are revolutionizing the construction industry by offering innovative solutions that
improve performance, durability, and sustainability. From erosion control and tensile structures to thermal insulation,
solar protection, and waterproo�ng, these advanced materials are playing a crucial role in modern building and
construction applications.
Rapid urbanization and rising incomes in emerging economies are fueling the demand for interior construction,
consequently accelerating the use of technical textiles in domestic applications. This surge in home-related needs
stands as a major catalyst for the growth of the HomeTech segment within the technical textiles market. Simultaneously,
a growing global population coupled with the constant evolution of fashion trends is driving signi�cant expansion
in the technical textiles market. These advanced materials are playing an increasingly vital role in the fashion and
apparel industry, contributing to the creation of functional, performance-driven, and cutting-edge clothing. In the
medical �eld, technical textiles provide a crucial combination of hygiene, comfort, superior protection, and cost-
effectiveness. This sector’s growth is propelled by factors such as a large population base, the inherent risks of
human activity, the desire for increased individual lifespans, transport accidents, exposure to cold and diseases,
�re-related incidents, and sports-related injuries.Furthermore, the demand for textile composites in AgroTech
applications is steadily increasing. These materials enhance agricultural practices by contributing to higher yields,
control of soil-borne pathogens, reduced crop diseases, water conservation, effective weed management, and
various other bene�ts.
Technical Textile Market Segment share (%) 2022 by End User Segment
18%
12%
6%
6%
9%
12%
9%
7%
4%
12%
2%
2%
MobilTechInduTech SporTech BuildTechHomeTech ClothTech
MediTech AgroTech ProTech PackTech GeoTech OekoTech

23. 21
Market Analysis
TECHNICAL TEXTILE TECHNICAL TEXTILE
MARKET SIZE MARKET SIZE
By REGIONBy REGION
2022-2030 in USD Million
GL BAL
Global Technical Textile Market Size by Region 2022-2030 in USD million
3,878.3
4,286.0
4,758.3
5,276.9
5,834.5
5,471.8
6,118.0
6,872.9
7,713.6
8,632.3
7,524.9
8,499.0
9,643.6
10,930.5
12,352.6
2,617.0
2,881.4
3,186.7
3,519.8
3,875.5
-
2,000.0
4,000.0
6,000.0
8,000.0
10,000.0
12,000.0
14,000.0
2022 2023 2024 2025 2026 2027 2028 2029 2030
North America Europe Asia-Pacific LAMEA
REGION 2022 2023 2024 2025 2026 2027 2028 2029 2030 CAGR
(2023-
30)
North
America

3,878.3

4,077.1

4,286.0

4,513.9

4,758.3

5,011.0

5,276.9

5,551.4

5,834.5
5.3%
Europe
5,471.8

5,785.9

6,118.0

6,481.5

6,872.9

7,281.2

7,713.6

8,163.9

8,632.3
5.9%
Asia-
Pacific

7,524.9

7,997.3

8,499.0

9,049.1

9,643.6

10,267.1

10,930.5

11,625.5

12,352.6
6.4%
LAMEA
2,617.0

2,746.2

2,881.4

3,028.9

3,186.7

3,349.2

3,519.8

3,695.3

3,875.5
5.0%
Total
19,492.1

20,606.5

21,784.5

23,073.4

24,461.5

25,908.4

27,440.8

29,036.1

30,694.9
5.9%

24. 22
Market Analysis
20%
28%
39%
13%
North America Europe Asia-PacificLAMEA
Technical Textile Market Segment share (%) 2023 by Region
Technical textiles are �nding increasingly diverse applications across North American sectors like automotive,
healthcare, construction, sports, and protective clothing. This growth is driven by the demand for high-performance
materials that meet speci�c, stringent requirements. Properties such as �ame resistance, durability, moisture
management, and abrasion resistance allow technical textiles to satisfy these demanding criteria, boosting their
adoption.
Europe is globally renowned for its outstanding automotive industry and engineering excellence. Re�ecting
this strength, car production in the region increased by 7.1% in 2022, according to the European Automobile
Manufacturer’s Association. This growth, coupled with intense competition within the sector, creates signi�cant
opportunities for technical textiles, as they are essential components in manufacturing various automobile interiors.
Rapid industrialization, urbanization, and a large, growing population are signi�cantly boosting demand for technical
textiles across the Asia-Paci�c region. This drives adoption in diverse sectors like construction, transportation,
infrastructure, agriculture, healthcare (medical textiles), performance apparel, and hygiene products (nonwovens).

25. 23
Market Analysis
(2022-2030) in USD Million
TECHNICAL TEXTILE TECHNICAL TEXTILE
MARKET SIZEMARKET SIZE ININDIDIANAN
0
5000
10000
15000
20000
25000
30000
2022 2023 2024 2025 2026 2027 2028 2029 2030
15480.7
16523.3
17635
18855.8
20178.9
21573
23061.9
24628.7
26275.4
India’s technical textiles market is poised for consistent and robust growth throughout the forecast period of 2022
to 2030, with year-on-year growth ranging between 6.3% and 7.6%. Maintaining its position as the third-largest
national market, India is projected to achieve a 6.9% compound annual growth rate (CAGR), surpassing the global
market’s average. This makes India the fastest-growing major market, with its value expanding from $15,480.7
million in 2022 to $26,275.4 million in 2030. This growth will contribute 15.5% to the overall market’s incremental
expansion. India’s share of the global technical textiles market is expected to increase from 10.9% in 2023 to 11.9%
by 2030, re�ecting its signi�cant and accelerating role in the global sector.

26. 24
Market Analysis
(2022-2030) in USD Million
TECHNICAL TEXTILE TECHNICAL TEXTILE
MARKET SIZE MARKET SIZE 
BY RAW MATERIALBY RAW MATERIAL ININDIDIANAN
Indian Technical Textile Market Size by Raw Material (2022-2030)
in USD Million
MATERIAL 2022 2023 2024 2025 2026 2027 2028 2029 2030
CAGR
(2023-
2030)
Natural Fiber 3,312.9 3,567.4 3,840.9 4,142.6 4,471.6 4,821.6 5,198.2 5,598.1 6,022.3 7.8%
Synthetic
polymers/fibers
8,529.9 9,069.7 9,642.8 10,270.8 10,949.1 11,660.2 12,416.5 13,208.4 14,036.3 6.4%
Mineral fiber 1,718.4 1,834.1 1,957.5 2,093 2,239.9 2,394.6 2,559.9 2,733.8 2,916.6 6.9%
Regenerated
Fiber
743.1 796.4 853.5 916.4 984.7 1,057.1 1,134.6 1,216.7 1,303.3 7.3%
Metal fiber 1,114.6 1,191.3 1,273.2 1,363.3 1,461.0 1,564.0 1,674.3 1,790.5 1,912.8 7%
Others 61.9 64.4 67 69.8 72.6 75.5 78.4 81.3 84.1 3.8%
Total 15,480.7 16,523.3 17,635 18,855.8 20,178.9 21,573.0 23,061.9 24,628.7 26,275.4 6.9%

27. 25
Market Analysis
21.4%
55.1%
11.1%
4.8%
7.2%
0.4%
Natural Fiber
Synthetic polymers/fibers
Mineral fiber
Regenerated Fiber
Metal fiber
Others
Indian Raw Material of Technical Textile Market Share in 2023
India’s technical textile market was valued at $15,480.7 million in 2022 and is forecast to reach $30,014.2 million
by 2032, expanding at a Compound Annual Growth Rate (CAGR) of 6.9%. The synthetic polymers/�bers segment
dominated in 2022, accounting for $8,529.9 million (55.1% market share), and is projected to grow to $15,907.5
million by 2032 (6.4% CAGR). Although synthetic leads in value, the natural �ber segment is expected to exhibit the
highest growth rate, with a signi�cant 7.8% CAGR, reaching an estimated $6,993.3 million by 2032. Regenerated
�bers are also forecast for strong growth at a 7.3% CAGR. Combined, synthetic and natural �bers held a 76.5%
market share in 2022, while the share of natural and regenerated �bers together is anticipated to rise from 26.2% in
2022 to 28.3% by 2032.

28. 26
Market Analysis
(2022-2030) in USD Million ININDIDIANAN
TECHNICAL TEXTILETECHNICAL TEXTILE
MARKETMARKET SIZE  SIZE 
BY MANUFACTURING PROCESSBY MANUFACTURING PROCESS
Valued at $15,480.7 million in 2022, the Indian technical textile market is forecast to reach $30,014.2 million by
2032, demonstrating a CAGR of 6.9%. The woven segment dominated revenue in 2022 with $9,690.9 million and is
projected to reach $18,368.7 million by 2032 (CAGR of 6.6%), while the non-woven segment is expected to reach
$7,173.4 million by 2032, exhibiting a signi�cant CAGR of 7.4%. Together, the woven and non-woven segments held
approximately 85.3% of the market share in 2022, with woven contributing around 62.6%. Notably, the non-woven
and knitted segments are anticipated to experience substantial CAGRs of 7.4% and 7.1% respectively during the
forecast period, with their combined market share expected to rise from 32.9% in 2022 to 34.3% by 2032.
Indian Raw Material of Technical Textile Market Share in 2023
62.6%
10.2%
22.7%
4.5%
Woven
Knitted
Non-Woven
Others
PROCESS 2022 2023 2024 2025 2026 2027 2028 2029 2030
CAGR
(2023-
2030)
Woven 9,690.9 10,320.5 10,990.1 11,724.5 12,519 13,353.7 14,243 15,176.2 16,154.1 6.6%
Knitted 1,579 1,688.7 1,805.8 1,934.6 2,074.4 2,222 2,380 2,546.6 2,722.1 7.1%
Non-
Woven
3,514.1 3,770.6 4,045.5 4,348.1 4,677.5 5,026.5 5,401.1 5,797.6 6,216.8 7.4%
Others 696.6 743.6 793.6 848.5 908 970.8 1,037.8 1,108.3 1,182.4 6.9%
Total 15,480.7 16,523.3 17,635 18,855.8 20,178.9 21,573 23,061.9 24,628.7 26,275.4 6.9%

29. 27
Market Analysis
(2022-2030) in USD Million ININDIDIANAN
TECHNICAL TEXTILETECHNICAL TEXTILE
MARKET SIZE MARKET SIZE 
BY END USER SEGMENTBY END USER SEGMENT  
In 2022, the Indian technical textile market was valued at
$15,480.7 million and is projected to grow to $30,014.2
million by 2032, with a CAGR of 6.9%. The mobiltech
segment was the largest revenue generator in 2022 at
$2,662.7 million and is forecast to reach $4,892.3 million by
2032, growing at a CAGR of 6.3%. The clothtech segment
is estimated to reach $3,211.5 million by 2032, exhibiting
a signi�cant CAGR of 5.5%. Together, mobiltech and
clothtech accounted for approximately 29.3% of the market
share in 2022, with mobiltech contributing around 17.2%.
Notably, the oekotech and geotech segments are expected
to experience substantial CAGRs of 9.1% and 8.0%
respectively during the forecast period, with their combined
market share anticipated to increase from 3.0% in 2022 to
3.5% by 2032.
India’s End User Segment of Technical Textile Market Share in 2023
17.2%
11.6%
6.5%
6.6%
9.4%
12.1%
9.6%
7.7%
4.4%
11.9%
1.7%1.3%
MobilTech InduTech SporTech BuildTech
HomeTech ClothTech MediTech AgroTech
ProTech PackTech GeoTech OekoTech
END-USE
APPLICATION
2022 2023 2024 2025 2026 2027 2028 2029 2030
CAGR
(2023-
2030)
MobilTech 2,662.7 2,827.1 3,001.5 3,192.3 3,398.1 3,613.5 3,842.1 4,081.0 4,330.2 6.30%
InduTech 1,795.8 1,926.6 2,066.8 2,221.2 2,389.2 2,567.2 2,758.2 2,960.4 3,174.1 7.40%
SporTech 1,006.2 1,082.3 1,163.9 1,253.9 1,352.0 1,456.2 1,568.2 1,687.1 1,813.0 7.60%
BuildTech 1,021.7 1,102.1 1,188.6 1,284.1 1,388.3 1,499.3 1,618.9 1,746.2 1,881.3 7.90%
HomeTech 1,455.2 1,540.0 1,629.5 1,727.2 1,832.2 1,941.6 2,057.1 2,177.2 2,301.7 5.90%
ClothTech 1,873.2 1,976.2 2,084.5 2,202.4 2,328.6 2,459.3 2,596.8 2,738.7 2,885.0 5.50%
MediTech 1,486.1 1,602.8 1,728.2 1,866.7 2,017.9 2,178.9 2,352.3 2,536.8 2,732.6 7.90%
AgroTech 1,192.0 1,267.3 1,347.3 1,434.9 1,529.6 1,628.8 1,734.3 1,844.7 1,960.1 6.40%
ProTech 681.2 728.7 779.5 835.3 895.9 960.0 1,028.6 1,100.9 1,177.1 7.10%
PackTech 1,842.2 1,966.3 2,098.6 2,243.8 2,401.3 2,567.2 2,744.4 2,930.8 3,126.8 6.90%
GeoTech 263.2 284.2 306.8 331.9 359.2 388.3 419.7 453.2 488.7 8.00%
OekoTech 201.2 219.8 239.8 262.1 286.5 312.8 341.3 371.9 404.6 9.10%
Total 15,480.7 16,523.3 17,635.0 18,855.8 20,178.9 21,573.0 23,061.9 24,628.7 26,275.4 6.90%

30. 28
Market Analysis

31. 29
Market Analysis

32. 30
Market Analysis
AGRO TEXTILE
GLOBAL MARKET ESTIMATES GLOBAL MARKET ESTIMATES
AND FORECASTSAND FORECASTS
860.0
880.0
900.0
920.0
940.0
960.0
980.0
1,000.0
1,020.0
1,040.0
2022 2023 2024 2025 2026 2027
917.2
938.6
960.6
983.3
1,006.6
1,030.5
Agro textile market Volume, 2022 -2027 (Kilotons)
4,200.0
4,400.0
4,600.0
4,800.0
5,000.0
5,200.0
5,400.0
5,600.0
2022 2023 2024 2025 2026 2027
4,686.2
4,843.0
5,005.9
5,175.2
5,351.0
5,533.8
Agro textile market revenue, 2022 -2027 (USD Million)
2022 - 20272022 - 2027
(Source: Data from Technical Textile Market Analysis by Grand View Research,
provided by EMIS/CEIC and Analysis by TBD)

33. 31
Market Analysis
Today’s agricultural practices are proving insuf�cient to
meet the escalating global food demand. Consequently,
there’s a growing need for textile composites in
AgroTech products, as they signi�cantly enhance
agricultural practices by increasing yield, controlling
soil-borne pathogens, reducing crop diseases, saving
water, and managing weeds, among other bene�ts.
This is expected to be a primary driver for the growth of
the textile composites market in AgroTech applications.
Moreover, textile composites are renowned for their
durability and resilience in harsh environmental
conditions. In AgroTech, where equipment and
structures are exposed to diverse weather, soil, and
chemicals, utilizing textile composites can lead to
extended product lifespans and lower maintenance
costs, thereby further boosting the textile composites
market.
Agrotextiles are widely utilized in agriculture for their
functional advantages, which include excellent weather
resistance, protection from microorganisms, defense
against solar and ultraviolet radiation, and water
conservation. These textiles enhance crop protection,
leading to increased overall yield and improved crop
quality. They are manufactured from both synthetic and
natural �bers like jute and wool. While polypropylene
and polyethylene �bers are commonly used due to their
low cost, natural �bers show signi�cant promise as they
offer functional bene�ts combined with biodegradability,
allowing them to act as a natural fertilizer once their
purpose is served.

34. 32
Market Analysis
BUILD TECH TEXTILE
GLOBALGLOBAL MARKET ESTIMATES MARKET ESTIMATES
AND FORECASTSAND FORECASTS
3,400.0
3,600.0
3,800.0
4,000.0
4,200.0
4,400.0
4,600.0
4,800.0
2022 2023 2024 2025 2026 2027
3,945.2
4,081.3
4,224.5
4,375.0
4,533.4
4,700.0
Build tech textile market Volume, 2022 -2027 (Kilotons)
2022 - 20272022 - 2027
-
5,000.0
10,000.0
15,000.0
20,000.0
25,000.0
2022 2023 2024 2025 2026 2027
17,814.4
18,627.7
19,489.4
20,402.8
21,371.4
22,399.1
Build tech textile market revenue, 2022 -2027
(USD Million)

35. 33
Market Analysis
Buildtech, the fourth-largest segment in 2022, is
expected to maintain its position through 2027, but
with the slowest growth rate among all segments at
4.6% CAGR, falling below the overall market’s 5.1%.
Buildtech’s contribution to the total incremental market
growth will be 8.0%, re�ecting its relatively modest
expansion.
Buildtech, or construction textiles, plays a crucial
role in expanding the technical textiles market. These
specialized textiles are engineered for diverse building
and construction applications, encompassing both
visible and concealed uses in both interior and exterior
environments. Notably, the innovative use of fabric
covers for roo�ng, known as textile architecture,
represents a particularly compelling application within
this sector.
Rapid urbanization fueled by a growing global
population base has led to increased government
investment in building and construction projects across
both developed and developing economies, including
the U.S. This rapid development of bridges, commercial,
and residential sites is signi�cantly boosting the building
and construction sector.
Technical textiles are crucial in construction, providing
innovative solutions that enhance performance,
durability, and sustainability. They’re used in various
applications such as erosion control, tensile structures,
thermal insulation, solar protection, and waterproo�ng.
These textiles offer lightweight, �exible, and aesthetically
pleasing solutions, making them ideal for buildTech
applications and driving the growth of the technical
textiles market.
Buildtech textiles are vital in the construction of
both temporary and permanent buildings and
infrastructure, including residential, commercial, roads,
bridges, dams, and tunnels. These products serve
a wide array of applications such as thermal and
acoustic insulation, concrete reinforcement, structure
foundation, interior construction, material proo�ng,
and ensuring structural safety. This segment utilizes
various products like tarpaulins, textile structures,
architectural membranes, awnings & canopies, scaffold
nets, concrete reinforcement, housewraps, roo�ng
scrim, and hoardings. These materials offer numerous
functional bene�ts, including resistance to weather
and chemical degradation, protection from sunlight
and rain, and resistance to deformation. Beyond their
functional aspects, buildtech textiles also contribute to
the aesthetic appeal in roo�ng construction.

36. 34
Market Analysis
INDUTECH TEXTILE INDUTECH TEXTILE
GLOBALGLOBAL MARKET ESTIMATESMARKET ESTIMATES
AND FORECASTSAND FORECASTS
-
1,000.0
2,000.0
3,000.0
4,000.0
5,000.0
6,000.0
7,000.0
8,000.0
2022 2023 2024 2025 2026 2027
6,291.5
6,557.2
6,838.6
7,136.6
7,452.5
7,787.4
Indutech textile market Volume, 2022 -2027 (Kilotons)
2022 - 2027 2022 - 2027
-
5,000.0
10,000.0
15,000.0
20,000.0
25,000.0
30,000.0
35,000.0
40,000.0
45,000.0
2022 2023 2024 2025 2026 2027
33,178.3
34,920.9
36,779.2
38,762.2
40,879.4
43,141.1
Indutech textile market revenue, 2022 -2027
(USD Million)

37. 35
Market Analysis
Indutech, a key component of the broader technical
textiles market, is rapidly advancing industrial
applications, demonstrating the sector’s signi�cant
economic and technological impact. These textiles are
designed for diverse industrial uses, encompassing
products and solutions for mechanical and textile
engineering. The growing adoption of these specialized
materials across various industrial sectors is expected to
be the primary driver of the Indutech segment’s growth
within the global technical textiles market during the
forecast period. The total market’s incremental growth
during this period, signifying its pivotal role in driving
the expansion of the technical textiles sector
Factors like increased process and materials handling
automation, the level and rate of industrialization in
regional markets, and the smart features of technical
textiles are enhancing their functions in industrial uses.
Furthermore, �ltration and cleaning products represent
the most signi�cant application of technical textiles.
The growing demand for these textiles in industrial
settings stems from their wide-ranging applications,
from separating and purifying industrial products to
transporting materials between processes or serving
as substrates for abrasive sheets and other coated
products. Technological advancements and rapid
industrialization in emerging economies like the U.S. and
Brazil are expected to generate signi�cant opportunities
for the industrial textiles market in InduTech applications
throughout the forecast period.
The automotive industry is poised for signi�cant
future growth, driven by the increasing demand for
technologically advanced cars. For example, the
Alliance for Automotive Innovation reported that U.S.
electric vehicle sales surged by 6.3% in the �rst half
of 2022 compared to the same period in 2021. This
sector’s intensifying competition is expected to boost
the demand for MobilTech applications within the
technical textile market, particularly in regions like North
America and LAMEA. Furthermore, the substantial role
anticipated for electric vehicles in the automotive market
will consequently drive the demand for automotive
textiles, thereby fueling the overall growth of the
technical textile market throughout the forecast period.

38. 36
Market Analysis
HOMETECH TEXTILE HOMETECH TEXTILE
GLOBAL MARKET ESTIMATES GLOBAL MARKET ESTIMATES
AND FORECASTSAND FORECASTS
-
1,000.0
2,000.0
3,000.0
4,000.0
5,000.0
6,000.0
7,000.0
8,000.0
9,000.0
10,000.0
2022 2023 2024 2025 2026 2027
7,599.7
7,916.9
8,253.3
8,610.0
8,988.7
9,390.7
Hometech textile market Volume, 2022 -2027 (Kilotons)
2022 - 20272022 - 2027
-
5,000.0
10,000.0
15,000.0
20,000.0
25,000.0
30,000.0
35,000.0
40,000.0
45,000.0
50,000.0
2022 2023 2024 2025 2026 2027
37,162.8
39,092.7
41,154.9
43,359.7
45,718.5
48,243.3
Hometech textile market revenue, 2022 -2027
(USD Million)

39. 37
Market Analysis
This segment of the technical textiles market
encompasses products used for household applications.
These textiles have a wide range of uses in furniture,
interior decoration, carpeting, cushion materials,
�reproo�ng, �oor and wall coverings, sun protection,
and textile-reinforced structures that offer decoration,
comfort, and safety. Hometech products include HVAC
�lters, pillow and mattress components, stuffed toys,
nonwoven wipes, furniture fabrics, mosquito nets, carpet
backing cloth, and �lter cloth for vacuum cleaners. The
increasing demand for hometech textiles is fueled by
rising consumer disposable income, rapid urbanization,
and evolving lifestyles in developed nations, as well as
in emerging economies in Asia, particularly China and
India.
Increased demand for interior construction, combined
with rapid urbanization and rising incomes in emerging
economies, has accelerated the use of technical
textiles in domestic settings. This is a primary driver
for the growth of the technical textiles market in
HomeTech applications. Additionally, technical textiles
enhance comfort and well-being within homes. Fabrics
with moisture-wicking properties, thermoregulation
capabilities, and antibacterial features are increasingly
used in bedding, upholstery, and other applications
to create healthier and more comfortable living
environments, thereby surging the adoption of technical
textiles for HomeTech applications and fueling market
growth.

40. 38
Market Analysis
3,100.0
3,200.0
3,300.0
3,400.0
3,500.0
3,600.0
3,700.0
3,800.0
2022 2023 2024 2025 2026 2027
3,325.9
3,403.4
3,483.6
3,566.8
3,653.0
3,742.4
Medtech textile market Volume, 2022 -2027 (Kilotons)
MEDTECH TEXTILEMEDTECH TEXTILE
GLOBAL GLOBAL MARKET ESTIMATES MARKET ESTIMATES
AND FORECASTSAND FORECASTS
2022 - 20272022 - 2027
15,500.0
16,000.0
16,500.0
17,000.0
17,500.0
18,000.0
18,500.0
19,000.0
19,500.0
20,000.0
20,500.0
2022 2023 2024 2025 2026 2027
17,134.3
17,696.4
18,281.1
18,889.5
19,522.7
20,182.0
Medtech textile market revenue, 2022 -2027
(USD Million)

41. 39
Market Analysis
Medtech textiles are widely employed in hygiene,
personal care, surgical, and various healthcare
applications. In hygiene, they’re found in products like
baby diapers, sanitary napkins, adult incontinence
products, ear-buds, wipes, and underpads. The
increasing birth rate, a growing aging population, and
rising awareness about menstrual hygiene in developing
economies are anticipated to drive the demand for
medtech textiles in these hygiene applications.
Increasing birth rates, a growing elderly population,
and heightened awareness of menstrual hygiene in
developing economies are all expected to fuel the
demand for Medtech textiles in hygiene applications.
Technical textiles are also crucial in the production of
sanitary napkins. In developing countries, the increasing
number of working women, higher disposable income,
availability of affordable sanitary napkins, and greater
awareness of personal hygiene and sanitation are all
contributing factors to the growth of this product. These
combined elements are expected to drive signi�cant
expansion in the technical textiles market for MediTech
applications.

42. 40
Market Analysis
-
1,000.0
2,000.0
3,000.0
4,000.0
5,000.0
6,000.0
7,000.0
2022 2023 2024 2025 2026 2027
5,165.5
5,399.8
5,649.7
5,916.2
6,200.7
6,504.6
Packtech textile market Volume, 2022 -2027 (Kilotons)
PACKTECH TEXTILE PACKTECH TEXTILE
GLOBALGLOBAL MARKET ESTIMATES MARKET ESTIMATES
AND FORECASTSAND FORECASTS
2022 - 2027 2022 - 2027
-
5,000.0
10,000.0
15,000.0
20,000.0
25,000.0
30,000.0
2022 2023 2024 2025 2026 2027
21,671.6
22,921.6
24,264.8
25,709.1
27,263.2
28,936.8
Packtech textile market revenue, 2022 -2027
(USD Million)

43. 41
Market Analysis
Packtech textiles refer to textile packaging materials
designed for the temporary containment, transport,
storage, and protection of agricultural, industrial, and
other goods. This segment includes technical textiles
utilized for polyole�n woven sacks, jute sacks, leno
bags, �exible intermediate bulk containers, tea bags
and coffee �lters, wrapping fabric, and soft luggage
products.
Polyole�n woven sacks are projected to hold the largest
market share due to their extensive use in packaging
items such as cement, fertilizers, thermoplastic raw
materials, food grains, cattle feed, and salt & sugar.
The demand for Packtech textiles directly correlates
with overall economic growth, industrial production,
and the expansion of both local and international trade.
Furthermore, the increasing demand for reusable
packaging is expected to create new opportunities for
growth within this segment.
As sustainability becomes a central focus in the packaging
industry, technical textiles are providing environmentally
friendly alternatives. The use of recycled, recyclable,
and bio-based textiles contributes to more sustainable
Packtech solutions, aligning with growing consumer
and industry demands for eco-friendly packaging. This
trend is expected to generate pro�table opportunities
for the technical textiles market in Packtech applications
throughout the forecast period

44. 42
Market Analysis
640.0
660.0
680.0
700.0
720.0
740.0
760.0
780.0
800.0
820.0
2022 2023 2024 2025 2026 2027
697.1
717.7
739.1
761.3
784.4
808.4
Protech textile market Volume, 2022 -2027 (Kilotons)
PROTECH TEXTILE PROTECH TEXTILE
GLOBALGLOBAL MARKET ESTIMATES MARKET ESTIMATES
AND FORECASTSAND FORECASTS
2022 - 20272022 - 2027

45. 43
Market Analysis
Protech textiles encompass technical textiles used
in various types of protective clothing, which are
manufactured using high-performance �bers due to the
need to withstand harsh environments. Protech products
include chemical protection clothing, nuclear and
biological suits, industrial gloves, radiation protection
textiles, high-visibility clothing, �re-retardant fabrics and
apparel, high-altitude clothing, wide cheaters, raincoats,
and military protective clothing like bulletproof jackets.
Growing awareness of worker health and safety,
coupled with increasing industrial fatalities, particularly
in emerging economies, is expected to drive demand
for these products over the coming years. Furthermore,
technological innovations and evolving consumer
needs for protective clothing are projected to boost
market expansion. The frequent outbreaks of contagious
diseases, such as the coronavirus, are also anticipated
to increase the demand for protective masks, thereby
positively impacting product demand.
ProTech products include a range of specialized
items such as high-altitude clothing, �re-retardant
fabrics, bulletproof jackets, radiation protection textiles
(including NBC suits), ballistic protective clothing, high-
visibility and foul-weather gear, industrial gloves, and
chemical protection clothing. The escalating demand for
these products is a direct result of rapid industrialization
and urbanization.

46. 44
Market Analysis
SPORTECH TEXTILESPORTECH TEXTILE
GLOBAL MARKET ESTIMATES GLOBAL MARKET ESTIMATES
AND FORECASTSAND FORECASTS
2022 - 20272022 - 2027
1,650.0
1,700.0
1,750.0
1,800.0
1,850.0
1,900.0
1,950.0
2,000.0
2,050.0
2,100.0
2022 2023 2024 2025 2026 2027
1,804.5
1,854.2
1,905.8
1,959.3
2,014.8
2,072.5
Sportech textile market Volume, 2022 -2027 (Kilotons)
-
2,000.0
4,000.0
6,000.0
8,000.0
10,000.0
12,000.0
2022 2023 2024 2025 2026 2027
9,845.8
10,214.4
10,600.0
11,003.6
11,426.1
11,868.7
Spotech textile market revenue, 2022 -2027 (USD Million)

47. 45
Market Analysis
Sportech products encompass a variety of items such as
sport nets, sports composites, swimwear, components
for athletic shoes, parachute fabrics, sailcloth, and
balloon fabric. These textiles are employed in sports and
leisure activities, offering a blend of high performance
and comfort. This segment’s growth is being driven by
increased use of sporting goods due to more leisure
time, a growing interest in health-related activities
among the aging population, and earlier retirements.
A heightened focus on sports, coupled with an increase
in the construction of sports and swimming facilities
within institutions, residential societies, and clubhouses,
has improved the accessibility of sports arenas for the
general public. This trend is expected to signi�cantly
bene�t market growth. Furthermore, a rising interest in
sportswear and swimwear is anticipated to further drive
product demand.
Sporttech, or sports textiles, refers to specialized
technical fabrics designed for the athletic industry,
prioritizing performance and durability. These materials
are engineered for low maintenance and adaptability
to diverse climates. Typically constructed using high-
performance �bers, such as high polyester tire cord,
Sporttech fabrics are utilized in a variety of applications,
including protective gear like foam underpads that
provide cushioning and impact absorption during falls.

48. 46
Market Analysis
CLOTHTECH TEXTILECLOTHTECH TEXTILE
GLOBALGLOBAL MARKET ESTIMATES MARKET ESTIMATES
AND FORECASTSAND FORECASTS
2022 - 20272022 - 2027
2,250.0
2,300.0
2,350.0
2,400.0
2,450.0
2,500.0
2,550.0
2,600.0
2,650.0
2,700.0
2022 2023 2024 2025 2026 2027
2,408.1
2,456.0
2,504.7
2,554.4
2,605.0
2,656.5
Clothtech textile market Volume, 2022 -2027 (Kilotons)
12,000.0
12,500.0
13,000.0
13,500.0
14,000.0
14,500.0
15,000.0
15,500.0
16,000.0
2022 2023 2024 2025 2026 2027
13,463.5
13,854.9
14,258.0
14,673.2
15,100.7
15,541.0
Clothtech textile market revenue, 2022 -2027
(USD Million)

49. 47
Market Analysis
Clothtech products are the functional components of
garments, crafted from yarns or fabrics. These include
treated laces and tapes, interlinings, zip fasteners,
elastic narrow fabrics, labels and badges, umbrella
cloth, hook and loop fasteners, and industrial sewing
threads. They impart essential properties to clothing,
such as strong insulation, water or �re resistance,
breathability, and wear resistance. However, as one
of the oldest segments within technical textiles, the
Clothtech sector is mature and currently presents no
signi�cant new opportunities.
This segment is primarily driven by the high
consumption of coated laces in footwear and dresses,
and it’s expected to see modest growth, aligning with
the overall expansion of the clothing sector. Additionally,
various types of interlinings, including fusible and non-
fusible, are projected to experience moderate growth
due to their ability to improve shape retention.
Sustainable practices are increasingly gaining traction
within the fashion industry. Technical textiles can
be engineered to be eco-friendly, utilizing recycled
materials, reducing water consumption, and employing
sustainable production methods. This emphasis on
sustainability is expected to boost the demand for
technical textiles in Clothtech applications, thereby
fueling market growth.

50. 48
Market Analysis
OTHER TECHNICAL TEXTILEOTHER TECHNICAL TEXTILE
GLOBALGLOBAL MARKET ESTIMATES MARKET ESTIMATES
AND FORECASTSAND FORECASTS
2022 - 20272022 - 2027
1,300.0
1,350.0
1,400.0
1,450.0
1,500.0
1,550.0
1,600.0
2022 2023 2024 2025 2026 2027
1,404.4
1,439.2
1,476.0
1,514.8
1,555.8
1,599.0
Other Technical textile market Volume,
2022 -2027 (Kilotons)
-
1,000.0
2,000.0
3,000.0
4,000.0
5,000.0
6,000.0
7,000.0
8,000.0
2022 2023 2024 2025 2026 2027
6,264.3
6,513.5
6,777.7
7,057.9
7,355.2
7,670.8
Other Technical textile market revenue,
2022 -2027 (USD Million)

51. 49
Market Analysis
Other categories of technical textiles include
geotextiles and oekotextiles. Geotextiles are widely
used in infrastructure construction, including railway
bed stabilization, waste and land�ll management, and
sub-sea coastal projects. These permeable fabrics
or synthetic materials offer unique properties such as
good strength, separation or con�nement, �ltration,
drainage, durability, reinforcement, low moisture
absorption, thickness, and protection. Key Geotech
products consist of geogrids, geocomposites, geonets,
and geomembranes. Meanwhile, oekotextiles are
extensively utilized for environmental protection, waste
disposal, and recycling, with broad applications in air
and water puri�cation, erosion control, and extraction.
Geotextiles have become popular due to their superior
performance and functional bene�ts compared to other
materials. When subjected to mechanical stress or
wear and tear, soil substances and particles of varying
sizes can mix undesirably. Geotextiles with appropriate
thickness and permeability help separate these
substances under such conditions. This separation
allows water to pass while retaining soil particles, a
crucial function often required in the construction of
roads, pavements, and �elds.

52. 50
Technology Junction FOR HIGH-PERFORMANCE FOR HIGH-PERFORMANCE
TECHNICAL TEXTILESTECHNICAL TEXTILES
THE EVOLUTION THE EVOLUTION
OF ARAMID FIBERSOF ARAMID FIBERS
Aramid �ber, short for aromatic polyamide, represents
a class of remarkable synthetic �bers celebrated for
their exceptional strength, high heat resistance, and
impressive resilience. These unique properties have
propelled aramid �bers into a diverse range of critical
applications, from safeguarding lives in ballistic armor
to enhancing performance in aerospace and sporting
goods. At a molecular level, aramid �bers distinguish
themselves through their long-chain synthetic polyamide
structures, where at least 85% of the amide linkages
directly connect to two aromatic rings. This speci�c
arrangement lends the �bers their characteristic rigidity
and strength, often surpassing that of steel on a weight-
for-weight basis.

The journey of aramid �bers began with meta-aramids
in the early 1960s, followed by the development of
para-aramids in the subsequent decade. Para-aramids,
such as the well-known Kevlar and Twaron, exhibit a
highly oriented crystalline structure where the polymer
chains are aligned along the �ber axis. This alignment
maximizes the ef�ciency of stress transfer along the
chain, resulting in their outstanding tensile strength and
high modulus. Meta-aramids, like Nomex, possess a
different molecular arrangement, prioritizing exceptional
resistance to heat and �ame, making them ideal for
protective apparel and insulation.
The production of para-aramid �bers typically involves
a sophisticated two-step process: polymerization and
spinning. Monomers are combined in a low-temperature
solution to form the aramid polymer, which is then
dissolved in a solvent, often concentrated sulfuric acid,
to create a liquid crystalline spinning solution. This
solution is extruded through spinnerets, and the resulting
�bers are washed and dried, yielding a material with
remarkable properties. Meta-aramid production follows
a similar path but results in a �ber with a less ordered
structure, optimized for thermal performance rather
than ultimate strength.
The applications of aramid �bers are vast and
continue to expand. In the realm of safety, they are
crucial in ballistic-rated body armor and helmets,
offering unparalleled protection against projectiles.
Their strength and lightweight nature make them
indispensable in the aerospace industry for composite
materials in aircraft components. In the automotive
sector, they enhance the durability of tires and other
mechanical rubber goods. Furthermore, aramid �bers
serve as a vital asbestos substitute in brake linings and

53. 51
Technology Junction
gaskets. Their versatility extends to sporting goods like
tennis rackets and hockey sticks, marine cordage, and
even specialized applications like �ber optic cables
and loudspeaker diaphragms.
While aramid �bers boast numerous advantages,
including resistance to abrasion, organic solvents, and
high melting points, they do exhibit some sensitivities.
Prolonged exposure to strong acids, bases, and
ultraviolet radiation can degrade their properties.
Additionally, they can be challenging to dye and may
accumulate static charge if not properly �nished.
Nevertheless, ongoing research and development
continue to address these limitations and explore new
avenues for these exceptional materials.
Kevlar’s exceptional tensile strength-to-weight ratio is a
standout property that makes it invaluable in technical
textiles. This means it can withstand immense pulling
forces without adding signi�cant weight, a crucial
factor in applications where bulk and heaviness can
impede performance or safety. For instance, in ballistic
protection like body armor and helmets, this high
strength-to-weight ratio allows for effective stopping
power against projectiles while maintaining wearer
agility and comfort. Similarly, in high-performance ropes
and cables used in marine and industrial applications,
Kevlar’s strength ensures reliability under extreme stress
without the burden of heavy steel alternatives. This
unique combination of lightweight and extraordinary
strength makes Kevlar a go-to �ber for technical textiles
demanding both resilience and minimal weight.
Nomex’s de�ning characteristic in technical textiles is
its inherent �ame resistance and thermal stability. Unlike
many other �bers that require chemical treatments
Aramid fiber are
two type based
on their chemical
structure
Para-aramids
(Kevlar®, Twaron®,
Technora®,
Heracron®)
Meta-aramids
(Nomex®, Conex®,
New Star®,
Kermel®)
to achieve �ame retardancy, Nomex is intrinsically
non-�ammable and will not melt, drip, or support
combustion in air. When exposed to intense heat, the
�bers undergo a charring process, forming a protective
layer that insulates the underlying material and limits
oxygen penetration, thus preventing further burning.
This exceptional thermal performance makes Nomex
crucial for protective apparel worn by �re�ghters,
military personnel, and industrial workers exposed
to �ash �res and high temperatures. Its ability to
maintain its structural integrity even under extreme heat
ensures crucial protection, making it an indispensable
component in technical textiles designed for safety and
demanding thermal environments.
Aramid �bers, renowned for their strength and resilience,
are continually �nding new and innovative applications
within the dynamic realm of technical textiles. Ongoing
research and development are pushing the boundaries
of what’s possible, leading to exciting advancements
that promise enhanced performance, sustainability, and
functionality across diverse sectors.

One signi�cant area of innovation lies in advanced
composite materials. Researchers are exploring
novel ways to integrate aramid �bers with other high-
performance materials, such as graphene, carbon
nanotubes, and bio-based polymers. These hybrid
composites aim to leverage the unique strengths of
each component, resulting in textiles with tailored
properties. For example, incorporating conductive

54. 52
Technology Junction
nanomaterials with aramid �bers can create smart
textiles with embedded sensors for structural health
monitoring in aerospace or wearable technology for
health and �tness tracking. Imagine protective gear that
not only resists impact but also monitors the wearer’s
vital signs or detects structural damage in real-time.
Another exciting frontier is the development of
sustainable aramid �ber production and recycling
processes. Traditional aramid production can be energy-
intensive and involve harsh chemicals. Innovations
are focusing on developing greener manufacturing
methods, including bio-based precursors and closed-
loop systems to minimize waste and environmental
impact. Furthermore, research into effective recycling
technologies for end-of-life aramid products is gaining
momentum, aiming to create a circular economy for
these valuable materials. This could involve chemical
or mechanical recycling processes to recover and
repurpose aramid �bers for new applications, reducing
reliance on virgin resources.
Functionalized aramid �bers
are also emerging as a
key area of innovation.
Scientists are exploring
surface modi�cations and chemical treatments
to imbue aramid textiles with new properties.
This includes enhancing their resistance
to ultraviolet (UV) degradation, improving
dyeability, and imparting antimicrobial or
hydrophobic characteristics. For instance,
aramid fabrics with enhanced UV resistance
could lead to longer-lasting outdoor gear and
protective clothing in harsh environments.
Antimicrobial aramids could �nd applications
in medical textiles and hygiene products,
while hydrophobic versions could excel in
water-repellent outdoor wear and industrial
�lters.
Furthermore, advancements in �ber spinning and
weaving techniques are unlocking new possibilities for
aramid textiles. Novel spinning methods can produce
�ner, more �exible aramid yarns, expanding their use in
applications requiring greater comfort and drape, such
as protective gloves and sportswear. Innovative weaving
patterns and three-dimensional weaving technologies
are enabling the creation of complex textile structures
with tailored reinforcement in speci�c areas, optimizing
performance in applications like in�atable structures
and automotive components.
Finally, the integration of aramid �bers into smart
textile systems holds immense potential.
Researchers are exploring how aramid �bers
can be incorporated into e-textiles for
applications like �exible displays, energy
storage devices, and wearable sensors.
Their inherent strength and durability
make them an ideal structural component
for these advanced textile systems,
ensuring longevity and reliability.

55. 53
Technology Junction
06 - 07- 08
NOVEMBER 2025
YASHOBHOOMI
Sector 25, Dwarka, New Delhi, India
Convention Center (IICC)
for Modern Industries:
NONWOVEN TECHNOLOGY
THE SMART CHOICE
RESERVE
YOUR
SPACE
Supported ByStrategic Alliance
Partner
Concurrent Event
[email protected]
www.nonwoventechasia.com
[phone]

56. 54
Technology Junction
XPLORINGXPLORING
EELECTROSPINNINGLECTROSPINNING Beyond The NeedleBeyond The Needle Techniques For Techniques For 
NanofibersNanofibers
Electrospinning technology plays a pivotal role in
nano�ber manufacturing due to its ability to produce
�bers with diameters in the nanometer range, a feat
challenging to achieve with conventional methods.
This size reduction signi�cantly enhances the surface
area-to-volume ratio of the resulting nonwoven fabric,
leading to superior �ltration ef�ciency, improved
barrier properties, and enhanced controlled release
capabilities. The versatility of electrospinning, which
accommodates a wide array of polymers, allows for
the creation of nano�bers with tailored functionalities,
making them ideal for diverse applications such as
medical textiles, �ltration systems, and protective
clothing. By precisely controlling parameters like
polymer type, voltage, and �ow rate, manufacturers
can �ne-tune the nano�ber properties to meet speci�c
performance requirements. Ultimately, electrospinning
facilitates the development of high-performance
nonwoven fabrics with unique characteristics, pushing
the boundaries of what’s possible in various technical
textile applications, providing improved product
performance, and sometimes enabling the manufacture
of products previously thought impossible.

57. 55
Technology Junction
While the fundamental principle of electrospinning
remains consistent, the methodology for delivering the
polymer solution has diversi�ed signi�cantly, leading
to various techniques tailored for speci�c nano�ber
morphologies and production demands. Traditional
needle-based electrospinning, the most prevalent
approach, utilizes a needle or capillary to dispense the
polymer solution, with variations such as coaxial and tri-
axial electrospinning enabling the creation of intricate
core-shell and multi-layered nano�ber architectures.
To enhance production output within the needle-based
framework, multi-needle electrospinning employs an
array of needles. Needleless electrospinning eliminates
the needle altogether, achieving considerably higher
production rates by generating nano�bers from a
free liquid surface through con�gurations like rotating
cylinders, disks, or multiple free surface emitters.
Consequently, while needleless electrospinning excels
in throughput, needle-based techniques, particularly
the coaxial and tri-axial variants, offer superior control
over nano�ber morphology and composition, albeit
with potentially more complex setups. This divergence
in delivery methods underscores the versatility of
electrospinning in producing a broad spectrum of
nano�bers.
Electrospinning is a versatile and cost-effective method
for producing high-performance nano�bers with
diameters ranging from nanometers to micrometers.
This technique utilizes electrostatic forces to draw a
charged polymer solution from a needle tip towards
a collector, resulting in the formation of continuous
�bers as the solvent evaporates. The electrospinning
process allows for precise control over �ber properties
such as diameter, porosity, and alignment by
adjusting parameters like voltage, �ow rate, polymer
concentration, and the distance between the needle
and collector.
In �ltration, their large surface area and small pore
size enable ef�cient removal of airborne particles and
waterborne contaminants. Biomedical applications
bene�t from their biocompatibility and ability to mimic
the extracellular matrix, making them ideal for tissue
engineering scaffolds, drug delivery systems, and
wound dressings. Furthermore, in textiles, nano�bers
enhance breathability, moisture management, and offer
antibacterial properties, contributing to the development
of advanced fabrics and protective clothing. The
continuous innovation in electrospinning techniques
and materials expands the potential of nano�bers in
diverse �elds, promising even more sophisticated high-
performance applications in the future.
Electrospinning is speci�cally chosen for producing
nano�bers in technical textile nonwoven fabrics due to
the unique properties these nano�bers impart, which
are crucial for demanding applications.

58. 56
Technology Junction
Enhanced Performance: Nano�bers create nonwoven
fabrics with extremely high surface area and very small
pore sizes. This translates to superior �ltration ef�ciency,
making them ideal for air and liquid �ltration systems,
as well as protective masks. The dense network of
nano�bers also provides excellent barrier properties,
essential for applications like medical textiles (surgical
gowns, wound dressings) and protective clothing
against hazardous materials.
Tailored Functionality: Electrospinning allows for the use
of a wide range of polymers and materials, enabling
the creation of nano�bers with speci�c properties.
This versatility is crucial for technical textiles, where
functionalities like conductivity, biocompatibility, and
chemical resistance are often required. Electrospinning
can be used to create nano�bers with antimicrobial
properties for medical applications or conductive
nano�bers for electronic textiles.
Advanced Applications: The unique properties of
electrospun nano�bers enable the development of
advanced technical textiles that would be dif�cult or
impossible to produce with conventional methods.
This includes applications in tissue engineering, where
nano�ber scaffolds mimic the extracellular matrix, and
in advanced �ltration systems for specialized industrial
processes.
Control over Fiber Properties: The electrospinning
process provides control over �ber diameter, porosity,
and orientation, allowing for the precise engineering of
nonwoven fabric properties to meet speci�c application
requirements.
Electrospinning offers a way to create nonwoven fabrics
with exceptional performance characteristics, making
them invaluable for a wide range of technical textile
applications where high performance is needed.

59. 57
Technology Junction

60. 58
Technology Junction The Indispensable Role Of
Meltblown Technology In
Technical Textile Nonwovens
Meltblown technology has emerged as a cornerstone
in the production of high-performance technical textile
nonwoven fabrics, offering a unique combination
of ef�ciency, versatility, and exceptional material
properties. Its impact is particularly pronounced in
applications demanding superior �ltration, barrier
protection, and absorption capabilities.
The core strength of meltblown technology lies in its
ability to produce nano�bers with remarkable ef�ciency.
By extruding molten polymers through a die and
subjecting them to high-velocity hot air, the process
generates �bers in the sub-micron range, resulting in
nonwoven webs with an extremely high surface area
and small pore size. This unique structure translates
directly into signi�cant performance advantages.

One of the most prominent bene�ts is superior �ltration
ef�ciency. The �ne �ber matrix effectively traps
particles, bacteria, and viruses, making meltblown
nonwovens essential in air and liquid �ltration systems,
including medical masks, HVAC �lters, and industrial
cleanroom applications. This ability to create a highly
effective barrier is critical in protecting individuals and
environments from harmful contaminants.
Furthermore, meltblown fabrics provide excellent barrier
properties. The dense network of entangled nano�bers
creates a robust barrier against liquids, aerosols,
and even certain chemical agents. This makes them
invaluable in protective clothing, surgical drapes, and
other applications where preventing the passage of
�uids and particles is paramount.
The high absorption capacity of meltblown nonwovens
is another key advantage. The high surface area and
porosity enable ef�cient absorption of liquids, oils,
and other substances. This makes them ideal for
applications such as oil spill cleanup, industrial wipes,
and absorbent hygiene products.
From a manufacturing perspective, meltblown
technology offers high production rates and cost-
effectiveness. The direct, one-step process eliminates the
need for solvents and allows for continuous production,
making it suitable for large-scale manufacturing. This is
particularly advantageous for disposable applications,
such as medical supplies and �ltration media, where
affordability is crucial.

Moreover, the versatility of meltblown technology allows
for the processing of a wide range of thermoplastic
polymers, enabling the creation of nonwovens with
tailored properties. This adaptability is essential in
meeting the diverse requirements of technical textile
applications.

61. 59
Technology Junction
Nano�bers produced through meltblown technology
exhibit a distinct set of properties that make them
highly valuable for technical textile nonwoven fabrics.
The primary characteristic is the extremely �ne �ber
diameter, often in the sub-micron range, leading to a
signi�cantly increased surface area-to-volume ratio.
This high surface area is crucial for applications
requiring ef�cient �ltration, as it enhances the capture
of �ne particles and microorganisms. Additionally, the
random deposition of these �ne �bers results in a highly
porous web structure with small pore sizes, contributing
to excellent barrier properties against liquids and
aerosols. The inherent entanglement of the �bers within
the nonwoven web provides a degree of mechanical
integrity, although further bonding processes may be
employed to enhance strength. Moreover, meltblown
nano�bers offer good thermal insulation properties due
to the high void volume within the web, trapping air and
minimizing heat transfer. Furthermore, the selection of
the polymer used in the meltblown process allows for
the tailoring of chemical resistance and other speci�c
properties. Due to the rapid production of these
�bres, they tend to be cost effective, given a suitable
production scale.
While the core principle of meltblown technology
remains consistent—using high-velocity hot air to
attenuate molten polymer into nano�bers—variations
exist primarily in the polymers used and the speci�c
modi�cations to the process to achieve particular
�ber characteristics. It’s less about distinct “types” of
nano�bers from meltblowing, and more about nuanced
variations within the process and the resulting �ber web.
Polypropylene (PP) Nano�bers: This is the most common
polymer used in meltblown technology. PP’s relatively
low melting point and good melt �ow characteristics
make it ideal for the process. The resulting nano�bers
are widely used in �ltration applications, particularly
for air �ltration and medical masks, due to their
excellent �ltration ef�ciency and barrier properties.
The hydrophobic nature of PP also lends itself to liquid
�ltration and absorption applications.

62. 60
Technology Junction
Polyethylene (PE) Nano�bers: While less common than
PP, PE can also be meltblown. The resulting nano�bers
offer different properties, such as increased �exibility
and chemical resistance. These nano�bers can �nd
applications in specialized �ltration, packaging, and
barrier materials where these characteristics are
desired.
Polyester (PET) Nano�bers: Polyester meltblown
nano�bers offer good thermal stability and strength,
making them suitable for applications requiring higher
temperature resistance. These can be used in �ltration
applications involving hot gases or liquids, and in some
industrial applications.
Specialty Polymer Nano�bers: Meltblowing can also
be adapted to process other thermoplastic polymers,
including various copolymers and specialized materials.
This allows for the creation of nano�bers with tailored
properties, such as enhanced chemical resistance,
electrical conductivity, or biocompatibility. This enables
the creation of niche technical textile applications.
Composite Nano�bers (limited): While not as common
as in electrospinning, there have been some attempts
to create composite nano�bers through meltblowing,
often by blending polymers or incorporating additives
into the melt stream. However, the high shear forces
in meltblowing can make it challenging to maintain
uniform composite structures. Therefore, the majority of
meltblown applications are single polymer.

63. 61
Market Analysis

64. 62
State at a Glance
The Government of Bihar is dedicated to enhancing the textile sector by providing international standard infrastructure
and support for investment. This initiative aims to create job opportunities and promote economic growth in the
state.

? The textile sector is categorized as “High Priority Sector.”
? The state has a population of about 14 crores, providing a large consumer market.
? Skilled craftsmen are abundant and various government schemes support these industries.
Categorization of Units under Bihar Textile and Leather Policy
The policy aims to attract investments and create a conducive environment for industrial growth.
Category A Category B
Weaving, Knitting, Apparel & Garment, Apparel
& Garment Accessories, Hosiery, Leather &
Leatherette Garments, Leather & Leatherette
Accessories and Leather & Leatherette
Footwear and all kinds of Foot wears.
Spinning, Ginning, Textile Processing (Yarn,
Printing), Man Made Fiber, Synthetic fiber,
Polyester, Acrylic, Viscose, Rayon, Technical
textile, Leather processing (Tanning, finishing
etc.) BIHAR’SBIHAR’S COMMITMENT TO COMMITMENT TO
TEXTILE INDUSTRYTEXTILE INDUSTRY
BIHAR’SBIHAR’S COMMITMENT TO COMMITMENT TO
TEXTILE INDUSTRYTEXTILE INDUSTRY

65. 63
State at a Glance
FINANCIAL BENEFITS
S
No
Incentives / Category Incentive
Capping
(In INR)
Policy

1

Capital Investment Subsidy – Micro
15% of plant and
machinery
INR10 Crores
BIIPP (Textile
& leather) 2022
Capital Investment Subsidy – Small
Capital Investment Subsidy – Medium
Capital Investment Subsidy – Large
Capital Investment Subsidy – Mega
2

Power Tariff Subsidy – Micro
Subsidy of Rs 2 per unit
for a period of 5 years
INR 2.5 Lakhs/yr
BIIPP (Textile
& leather) 2022
Power Tariff Subsidy – Small INR 12 Lakhs/yr
Power Tariff Subsidy – Medium INR 35 Lakhs/yr
Power Tariff Subsidy – Large INR 60 Lakhs/yr
Power Tariff Subsidy – Mega INR 80 Lakhs/yr
3 Patent Registration (All Eligible Units) 50% of the expenditure
incurred per patent
INR 10 Lakhs per
patent
BIIPP (Textile
& leather) 2022
4
Employment Generation Subsidy –
Semi-skilled
300% of ESI and EPF
paid against the
employee. At least 75%
of direct employees
should be domicile of
Bihar
INR 3000/ month
BIIPP (Textile
& leather) 2022
Employment Generation Subsidy –
skilled
INR 4000/ month
Employment Generation Subsidy –
Highly-skilled
INR 5000/ month
5
Freight reimbursement Incentive
(only for exports)
30% reimbursement of
freight for 5 years.
Maximum INR 10
Lakhs/year BIIPP (Textile
& leather) 2022
6
Tax Related Incentives (All Eligible
Units)
100% of SGST
100% combined
cap
7 Interest Subvention (All Units)
10% (12% for Micro and
Small Units) for 5 years
50% of FCI and
up to 20 Crores
whichever is less
BIIPP 2022
8
Skill Development Subsidy (All Eligible
Units per employee per annum)
INR 20,000 INR 20,000 BIIPP 2022
9
Exemption from Stamp duty /
Registration fees (All Eligible Units)
100% of registration fee/
stamp duty of sale/lease
BIIPP 2022
10
Exemption from Land Conversion fees
(All Eligible Units)
100% of land conversion
fee
BIIPP 2022

66. 64
State at a Glance
Additional Incentives WEF 16.03.2024
? Those units which shall start its production up
to 30th June 2025 are entitled to take capital
investment subsidy on Plant & Machinery with 30%
or maximum of INR 30 crores.
? Those units which shall start its production after that
aforesaid date, then these units are entitled to take
capital investment subsidy on Plant & Machinery
with 20% or maximum of INR 20 Crores.
? If the unit shall become non-operational prior to
5 years from the date of disbursement of the last
installment of incentives under Bihar Industrial
Investment Promotion Policy (Textile & Leather
Policy), then all subsidies availed by the unit shall
bere covered along with interest compounded
annually @ 18% per annum.
Guiding Principles of the Policy
The guiding principles outline the eligibility criteria and
the framework for applying for incentives under the
policy. They ensure that all eligible projects are treated
fairly and consistently.
? Applicable to all eligible projects/units under the
policy.
? Units must provide a DPR and Bank Appraisal
Report for incentives.
? Fixed capital investment is the basis for calculating
incentives, with land costs capped at 20% of total
investment.
Incentives Offered Under the Policy
The policy provides a range of incentives, including
capital investment subsidies, freight reimbursement,
and employment generation subsidies, aimed at
fostering growth in the sector.
? Capital Investment Subsidy: Up to 15% for micro
units, capped at INR 10 Crores.
? Freight Reimbursement: 30% on freight charges for
exports, capped at INR 10 Lakhs/year.
Employment Generation Subsidy: 300% of ESI and EPF
paid, with monthly caps based on skill level.
Enabling Business Environment in Bihar
Bihar is implementing reforms to create an investor-
friendly environment, facilitating investments in the
textile and leather sectors. Key initiatives include a
single-window system and stakeholder consultations.
? The Single Window System aims for speedy
processing of clearances.
? Udyog Mitra provides technical guidance and
relevant information to entrepreneurs.
? Udyog Samvad portal addresses grievances of
existing and potential entrepreneurs.
? The state is focused on capacity building through
renowned institutions offering relevant courses.

68. T B DEXTILE USINESS IGEST
OTHER
EDITIONS
OUR
REACH YOUR NICHE TARGET MARKET
To know more please write at
[email protected]
5%
26%
4%
31%
3%
18%
5%
3%
1%
1%
1%
2%
READERSHIP DISTRIBUTION SPREAD
Brands/Buying Houses/Merchant
Exporters
Home Textile Manufacturers
Accessories Manufacturers
Fabric Manufacturers
Process Houses
Raw Material Manufacturers
Utility Suppliers
Service Providers
Textile Institutions
Textile Associations
Machine Suppliers
Month Focus Product of the Month
UPCOMING EDITIONS
3%
35%
2%
25%
22%
6%
4%
1%
1%1%
Readership > 1,25,000
Brands/Buying Houses
Garment Manufacturer
Accessories Manufacturers
Fabric Manufacturers
Yarn Manufacturers
Utility Suppliers
Service Providers
Textile Institutions
Textile Associations
Machine Suppliers
Month Focus Product of the Month
High Altitude Garments
Trekking Products
Aug-25
Sep-25
Oct-25 Tactical Textiles
UPCOMING EDITIONS
Upholstery & Furnishing
Window Products
PVC Coated Products
Aug-25
Sep-25
Oct-25